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Institute of Chemical Engineering Working Group Future Energy Technology Prof. Hermann Hofbauer Synthetic biofuels – do they have a future? Reinhard Rauch

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  • Institute of Chemical Engineering

    Working Group Future Energy Technology

    Prof. Hermann Hofbauer

    Synthetic biofuels –

    do they have a future?

    Reinhard Rauch

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    2

    The basic concept – “Green Chemistry”

    BiomassGasification

    Producer Gas (gas engine, gas turbine,

    fuel cell)

    Synthetic NaturalGas (SNG)

    FT-Fuels(FT-Diesel)

    Methanol / DME

    Hydrogen

    Mixed alkohols

    Biomass

    Synthesis gasH2 + CO

    Oxosynthesisfor aldehydes

    Isosynthesis forIsobutane

    Ammonia

    others

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Synthetic Biofuels (e.g. FT- Route)

    GasificationFT-

    SynthesisCleaning/

    Conditioning

    FT- wax

    HPFT-

    Fuels

    Pure Syngas

    H2/CO= 2

    Raw Syngas

    H2/CO=1,5

    Hydro-

    (Co)-Processing

    Wood

    Chips

    Steam Hydrogen

    (pure/ recycled)

    Cellulose

    Hemicellulose

    Lignini/n- paraffins

    (hydrocarbons)

    FT- fuels

    Fossil Products

    (e.g. LGO, HGO, VGO)

    Purge Gas

    Wax

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    There were some drawbacks during 2013 for gasification processes in Austria

    � CHP Villach went insolvent in spring 2013

    � CHP Güssing went insolvent in July 2013 (is started actual again and future operation is guaranteed)

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Fight for biomass resource has started

    � Pulp and paper industry makes lobbying against biomass CHPs

    � Price for wood chips has increased by about 30% during the last 10 years

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    �Prize increase by 500% in the last 10 years

    �If linear extrapolated for another 10 years crude oil will cost about 500U$/barrel

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Costs of wood chips

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    CO2 emissions in the same range as electric Vehicles

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    BioFiTBIOMASSBIOMASS--TOTO--FISCHERFISCHER--TROPSCHTROPSCH

    nCO + 2nH2 = nCH2 + nH2O

    9

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Commercial FICFB gasifiers

    LocationUsage /

    Product

    Fuel / Product

    MW, MWStart up Supplier Status

    Güssing, AT Gas engine 8.0fuel / 2.0el 2002AE&E,

    Repotec?

    Oberwart, ATGas engine /

    ORC / H28.5fuel / 2.8el 2008

    Ortner

    AnlagenbauOperational

    Villach, AT Gas engine 15fuel / 3.7el 2010Ortner

    AnlagenbauOn hold

    Senden/Ulm

    DE

    Gas engine /

    ORC14fuel / 5el 2011 Repotec Commissioning

    Burgeis, IT Gas engine 2fuel / 0.5el 2012 Repotec Commissioning

    Göteborg,

    SwedenBioSNG 32fuel/20 BioSNG 2013

    Metso/

    RepotecCommissioning

    Vienna, OMV Hydrogen 50fuel/30 hydrogen ? Repotec cancelled

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Biomass CHP Güssing

    BioSNG PDU

    Technikum

    FT synthesis

    Hydrogen

    Mixed alcohols

    Fuelling StationGasifier

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    FT lab scale plant

    12

    5-10kg/day of FT raw product

    Slurry reactor, because of excellent heat transfer and easy scaling up

    Gas treatment removes Sulphur to below 10ppb

    Fully automatic

    FT synthesis

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Product Distribution and Hydrocarbons Content

    13

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Comparison of Produced FT Fuels FT- Diesel HPFT- Diesel CEC- Prüf . ACN: >72 t d = 2,5 s 68,5 td = 2,91 s >51,8 / CFPP/CP/FP: -12/ -9/ - °C -62/ -60 / -98°C -18/ -5 °C

    0

    2

    4

    6

    8

    10

    12

    14

    16

    18

    20

    6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

    Carbon- number

    fract

    ion

    [%w

    t]

    i- paraff/res. (FT)

    n- paraff. (FT)

    i- paraff/res. (HPFT)

    n- paraff. (HPFT)

    i- paraff. /res. CEC- Prüf DK

    n- paraff. CEC- Prüf- DK

    14

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Results on Engine Tests with 20% Blends

    VergleichsbasisB0 Diesel

    15

    100% basis is fossil diesel

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Folie 16

    SGC Energia Finished Successfully their 1 bpd Demo

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Problem: Costs

    � Complex technology, so high investment costs� Efficiency from input material to transportation fuel is

    about 40-65%, so much worse than refinery (>90%), but much better than electricity from biomass (20-30%)

    � So fuel costs have the highest influence on production costs

    � Main problem are high investment costs and no security of supply of biomass (in Europe)

    � From the production costs not much difference to other options of advanced biofuels, like fermentation

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Annual costs [500 MW fuel, FT synthesis]

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    0

    100

    200

    300

    400

    500

    600

    700

    800

    Hamelinck 2004 500 MW Konzept 5 x 100 MWKonzept

    Tijmensen, 2002 DENA-Studie,2006

    Inve

    stiti

    onsv

    olum

    en,

    Mio

    EU

    RInvestment costs [500 MW fuel, FT synthesis]

    Dual fluidDual fluid

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Investment costs [500 MW fuel, FT synthesis]

    On top of hardware are:

    building 2%

    construction

    work 10%

    engineering 10%

    reserve 15%

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    Projects on synthetic biofuels

    � The Forest BtL Project, FI (480 MWfuel / FT products / 2016-17)

    � Bioliq® Project, DE (2 MWfuel / Synthetic Gasoline / 2013)� Chemrec Projects, SE (BioDME project)� UPM Project (300MWfuel / FT products)� The Woodspirit Project, NL (200 000 tpa Biomethanol

    torrefied biomass into entrained flow gasifier)� BioTfueL Project, FR (12 MWfuel / FT products)� Värmlandsmetanol, SE (111 MWfuel / Methanol / 2017)� …

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    ■ Biomass CHP on basis of steam gasification are already on the market.

    ■ Demonstration of the production of

    ■ BioSNG (same quality as gas from Russia)■ Fischer-Tropsch-fuels (high quality diesel)

    was done successful.

    ■ Green house gas reduction is about 80 %.

    ■ R&D projects on the synthesis of mixed alcohols and hydrogen are on the way.

    Conclusion I

    22

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    ■ First plants for commercial production of advanced biofuels have some problems:■Choren, DE■Neste Oy / Stora Enso, FI

    ■ But some others will be realized:■ Ajos BTL, FI■UPM Stracel BTL, FR

    ■ First plant for the production of SNG is starting commissioning:■GobiGas, SE (1. Phase commissioning, 2. Phase: fund ed

    by NER300)

    High quality fuels from biomass are technically feasible!

    Regarding production costs, there is still potential for optimization!

    Conclusion II

    23

  • Institute of Chemical Engineering

    Working Group Synthetic Biofuels

    More information at:� IEA Bioenergy Task 33 Thermal gasification of Biomass

    (http://www.ieatask33.org)� IEA Bioenergy Task 39 Liquid Biofuels

    (http://demoplants.bioenergy2020.eu/projects/mapindex)� US DOE Bioenergy Technologies Office

    (http://www1.eere.energy.gov/biomass/integrated_biorefineries.html)

    � European Biofuels technology platform (http://www.biofuelstp.eu) Contact:

    Reinhard Rauch, Dipl.-Ing. Dr. Institute of Chemical EngineeringVienna University of TechnologyGetreidemarkt 9/1661060 Vienna / AUSTRIAhttp://www.vt.tuwien.ac.athttp://www.bioenergy2020.euEmail: [email protected]